3. Calculate the theoretical weight force of the water (W) displaced by the metal cylinder at 1, 2, 3, 4, and 5cm. Wa = RavALag) where gy is the density of water (= 1.0 x10³ kg/m³) L, is the length of the cylinder submerged, and g is gravitational acceleration. Wa1 (L, 1cm) = _ W:3 (L. 3cm) = , Ws5 (L, 5cm) = W2 (L. 2cm) = . Ws4 (L. 4cm) = . Wubmerzed (Show one weight force calculation below. Be careful to convert to SI units.)

3. Calculate the theoretical weight force of the water (W) displaced by the metal cylinder at 1, 2, 3, 4, and 5cm. Wa = RavALag) where gy is the density of water (= 1.0 x10³ kg/m³) L, is the length of the cylinder submerged, and g is gravitational acceleration. Wa1 (L, 1cm) = _ W:3 (L. 3cm) = , Ws5 (L, 5cm) = W2 (L. 2cm) = . Ws4 (L. 4cm) = . Wubmerzed (Show one weight force calculation below. Be careful to convert to SI units.)